Ansys optiSLang
Empowering Design Optimization through Parametric Analysis and DoE
optiSLang is a cutting-edge software solution that specializes in parametric analysis and Design of Experiments (DoE). It empowers engineers and designers to optimize product performance, explore design variations, and streamline decision-making processes through the use of Artificial Intelligence (AI) and Machine Learning (ML) techniques.
Ansys optiSLang
Features
- Advanced Parametric Analysis: optiSLang offers powerful tools for conducting in-depth parametric studies, allowing for the exploration of various design scenarios.
- Efficient DoE: It streamlines the process of setting up and executing Design of Experiments, helping engineers optimize product performance with ease.
- Robust Design Optimization (RDO): optiSLang automates the optimization process, reducing manual effort and accelerating decision-making.
- Robust Uncertainty Quantification: optiSLang provides reliable uncertainty quantification capabilities, ensuring robust design under variable conditions.
- Seamless Integration: optiSLang integrates seamlessly with existing engineering workflows, making it easy to incorporate parametric analysis and DoE into the design process.
- Customizable Workflows: optiSLang offers flexibility in tailoring Process Integration and Design Optimization (PIDO) workflows to suit specific engineering needs.
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FAQs
optiSLang is an advanced engineering software that leverages AI to enhance parametric analysis and Design of Experiments (DoE) by reducing the amount of simulation needed to make a decision. It automates and optimizes design processes, making use of AI algorithms for intelligent decision-making.
Yes, optiSLang is equipped to handle large datasets efficiently, as well as post-process them with lightweight dataviz applications. It enables engineers to conduct parametric studies and Design of Experiments on a large number of variations without needing to batch run the full simulation set.
optiSLang simplifies Design Optimization by automating the setup and execution of parametric analysis and DoE. It accelerates decision-making and aids engineers in achieving optimal product designs.
optiSLang is valuable across various industries, including aerospace, automotive, electronics, and more. Its PIDO capabilities allow it to include multiple physics for multiple applicatoins and even third-party, industry-specific tools which are already widely used.
Yes, using both GUI-based process flow building, and text-based scripting, optiSLang offers customizable workflows, allowing engineers to tailor parametric analysis and DoE processes to their specific project needs and objectives.
optiSLang systematically explores design variations using DoE techniques. Leveraging hundreds, or even thousands, of "what-if" scenarios, engineers can thus make data-driven decisions for enhancing product performance and reliability.
